Project Details
SFB 1454: Metaflammation and Cellular Programming
Subject Area
Medicine
Biology
Biology
Term
since 2021
Project identifier
Deutsche Forschungsgemeinschaft (DFG) - Project number 432325352
Modern lifestyles are characterized by excessive food availability and sedentary habits, which, over the course of the last decades, has triggered a surge in metabolic diseases such as obesity, diabetes, cancer, and neurodegeneration, accompanied by chronic inflammation and heightened immune reactivity, known as metaflammation. Metaflammation is now thought to be causally linked to the development of many non-communicable diseases (NCD) of the aging modern societies. Our goal is to uncover the direct links between metaflammation and the development of NCD. The CRC seeks to bridge the gap between disease-centred research and molecular immunology, analysing the pathophysiological mechanisms that occur in metaflammation induced by lifestyle-related stimuli. Through this approach we aim to pave the way for the development of innovative therapies and preventative strategies that address the root causes of these modern health challenges, ultimately extending health spans and improving the quality of life in contemporary societies. During the first funding period, the transdisciplinary approach of the CRC has made substantial contributions to the understanding of metaflammation and has started to translate the findings. The CRC elucidated key molecular players and signalling pathways in individual immune cell populations, deepening our understanding of the intricate crosstalk between metabolic and inflammatory processes. We have developed novel technologies to study immune cell reprogramming, which will be instrumental in dissecting the molecular mechanisms underlying the local and systemic inflammatory response in the second funding period. We have identified biomarkers and potential target molecules and founded two companies to bring concepts from the CRC into the clinic. This is supported by experimental pipelines, which we have established to investigate human patient cohorts, building the foundation for translating findings from preclinical models to clinically relevant insights. We have also disseminated findings with socio-economic relevance widely within the scientific community, the political arena, and the public. Four years later, the original research questions and topics of our CRC remain timely and cutting-edge. We study how emerging anthropogenic triggers reprogram immune cells, causing systemic or organ metaflammation, and focus on the interaction among reprogrammed immune cells and between other cells within affected tissues and beyond. Furthermore, we investigate the causes and consequences of metaflammation and cellular programming in human patient cohorts and at a population level using a large prospective cohort study, the Rhineland Study. In combination with prevention strategies and informing the public about how lifestyle factors can cause diseases, this will help us develop strategies to prevent chronic inflammation and related non-communicable diseases (NCDs).
DFG Programme
Collaborative Research Centres
Current projects
- P01 - ATP Citrate Lyase (ACLY)-mediated macrophage reprogramming in metaflammation (Project Heads Hiller, Karsten ; Latz, Eicke )
- P03 - S14 Sphingomyelin induced neuro-immune reprogramming during metaflammation (Project Heads Düwell, Peter ; Latz, Eicke ; McManus, Roisin )
- P04 - Regulation of metaflammation by the soluble mannose receptor (Project Head Burgdorf, Sven )
- P05 - Visceral and subcutaneous dendritic cell subset-specific transcriptional and functional specializations during metaflammation (Project Head Schlitzer, Andreas )
- P06 - Influence of the AhR/AhRR pathway and environmental chemicals in diet-induced liver damage and fibrosis (Project Head Förster, Irmgard )
- P07 - The function of immune cells-intrinsic anabolic lipid metabolism in the progression of metaflammation (Project Head Wilhelm, Ph.D., Christoph )
- P08 - Effects of maternal and early postnatal high-fat diet on the developmental programming of brain-resident macrophages (Project Head Mass, Elvira )
- P09 - The impact of IL-1R1 expressing liver macrophages in the development of hepatic IL-6 resistance and its complications (Project Head Wunderlich, Frank Thomas )
- P10 - Impact of metaflammation on hepatic macrophage function in tissue regeneration (Project Heads Abdullah, Zeinab ; Meissner, Felix )
- P13 - NaCl-mediated programming of macrophage core functions (Project Heads Kolanus, Waldemar ; Mass, Elvira )
- P14 - Synergistic effects of a high-salt diet (HSD) and chronic psychological stress on antibacterial immune responses (Project Heads Gellner, Anne-Kathrin ; Kurts, Christian )
- P16 - Metaflammation induced alterations in eosinophil-Treg cell crosstalk in the gonadal white adipose tissue (Project Heads Beyer, Marc ; Diny, Ph.D., Nicola Laura )
- P18 - The role of primary cilia in controlling metaflammation (Project Head Wachten, Dagmar )
- P19 - A functional genomics approach to understand inflammation in obesity (Project Heads Netea, Mihai G. ; Placek, Ph.D., Katarzyna )
- P22 - Modulation of metaflammation by secretory intestinal Immunoglobulin A antibodies in clean mice (Project Head Rollenske, Tim )
- P23 - Metabolic regulation of NK cells during metaflammation (Project Head Surace, Ph.D., Laura )
- P24 - Immune-competent adipose tissue spheroids for ex-vivo modelling of lipid metabolism during metaflammation (Project Heads Thiele, Christoph ; Vazquez-Armendariz, Ana )
- Z01 - Data analysis and computational modelling (Project Head Hasenauer, Jan )
- Z02 - Multi-omics – Technology and strategic support (Project Heads Hiller, Karsten ; Meissner, Felix ; Thiele, Christoph )
- Z03 - Central Tasks of the Collaborative Research Centre (Project Heads Latz, Eicke ; Wachten, Dagmar )
- Ö01 - Preventive interventions in unhealthy nutritional behaviours (Project Heads Albrecht, Clemens ; Christ, Anette ; Lemken, Dominic ; von Stetten, Moritz )
Completed projects
- P02 - Single cell approaches to define cellular programming by environmental stimuli (Project Heads Aschenbrenner, Anna ; Schultze, Joachim L. )
- P11 - Proteomics identification of macrophage-derived signals impacting metaflammation in tissues (Project Head Meissner, Felix )
- P12 - Immune and stromal dysregulation by excess dietary lipids leading to airway hyperresponsiveness (Project Heads Garbi, Natalio ; Lukacs-Kornek, Ph.D., Veronika )
- P15 - Metaflammation-induced acceleration of neurodegeneration (Project Head Heneka, Michael Thomas )
- P17 - The role of cyclic nucleotides in the regulation of adipose tissue resident myeloid cells (Project Head Pfeifer, Alexander )
- P20 - Impact of the genome and the exposome on healthy and unhealthy obesity across the life span (Project Heads Breteler, Ph.D., Monique M. B. ; Martin, Bianca )
- P21 - Systematic Profiling of Genetic Components of Inflammasome Activation during Metaflammation (Project Head Schmid-Burgk, Jonathan Leo )
Applicant Institution
Rheinische Friedrich-Wilhelms-Universität Bonn
Participating University
Technische Universität Braunschweig
Participating Institution
Deutsches Rheuma-Forschungszentrum Berlin (DRFZ); Deutsches Zentrum für Neurodegenerative Erkrankungen (DZNE); Max-Planck-Institut für Stoffwechselforschung
Spokespersons
Professor Dr. Eicke Latz, until 10/2023; Professorin Dr. Dagmar Wachten, since 10/2023